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    • 63. 发明授权
    • Computer controlled six stroke internal combustion engine and its method of operation
    • 电脑控制六冲程内燃机及其操作方法
    • US06311651B1
    • 2001-11-06
    • US09465329
    • 1999-12-17
    • Satnarine Singh
    • Satnarine Singh
    • F02B4702
    • F02B47/02F02B1/04F02B3/06F02B75/021F02F2001/247F02M25/0227F02M25/03Y02T10/121
    • An internal combustion engine and its method of operation which is designed to operate on a six-stroke cycle and which may include at least one but preferably a plurality of piston and cylinder assemblies each of which are characterized by a cylinder having a piston reciprocally mounted therein and intake an exhaust valves cooperatively mounted to regulate fluid flow into and out of the cylinder. An injection assembly is connected to each of the piston and cylinder assemblies and structured to inject water into the cylinder during a predetermined portion of the six-stroke cycle. A central processor is responsive to signals received from a sensor assembly mounted on the internal combustion engine at strategic locations so as to determine the energy content within the one or more cylinders and thereby regulate and control the timing and quantity of the injected water. The injected water gradually converts to steam without first exhausting the ignited air fuel mixture, thereby generating an additional power stroke. 22
    • 一种内燃机及其操作方法,其被设计成在六冲程循环上操作,并且其可以包括至少一个但优选多个活塞和气缸组件,每个活塞和气缸组件的特征在于具有往复安装在其中的活塞的气缸 并且配合地安装排气阀以调节流入和流出气缸的流体流动。 注射组件连接到每个活塞和气缸组件,并被构造成在六冲程循环的预定部分期间将水注入气缸。 中央处理器响应于在战略位置处从安装在内燃机上的传感器组件接收到的信号,以便确定一个或多个气缸内的能量含量,从而调节和控制注入​​的水的时间和数量。 喷射的水逐渐转化为蒸汽,而不首先排出点燃的空气燃料混合物,从而产生额外的动力冲程。 22
    • 66. 发明授权
    • Two stroke engine conversion
    • 两冲程发动机转换
    • US06286467B1
    • 2001-09-11
    • US09472196
    • 1999-12-27
    • Antonio Ancheta
    • Antonio Ancheta
    • F02B6906
    • F02B69/06F02B1/04F02B3/06F02B2075/025F02B2075/027F02B2275/18
    • A method is provided for converting a conventional four stroke internal combustion engine having four cylinders into a two stroke engine. The camshaft assembly including the camshaft having cams thereon and the drive assembly which couples the camshaft to the crankshaft are replaced with a modified camshaft assembly such that the inlet and exhaust valves are each opened once per revolution of the camshaft. The resulting two stroke engine includes two pairs of pistons, each pair of pistons having a first and second piston which are fired synchronously. The pairs of pistons being spaced 180 degrees apart such that two pistons are fired synchronously for every half rotation of the crankshaft.
    • 提供了一种将具有四个气缸的常规四冲程内燃机转换成二冲程发动机的方法。 包括凸轮轴在内的凸轮轴组件和将凸轮轴联接到曲轴的驱动组件被替换为改进的凸轮轴组件,使得进气门和排气门每转一次打开一次凸轮轴。 所得到的两冲程发动机包括两对活塞,每对活塞具有同步点火的第一和第二活塞。 这对活塞间隔开180度,使得两个活塞在曲轴的每半个转动的同时被点燃。
    • 69. 发明授权
    • Inboard four cycle gasoline marine engine for small water craft
    • 内置四循环汽油发动机小型水上工艺
    • US06240885B1
    • 2001-06-05
    • US09277350
    • 1999-03-26
    • Bruce F. Hanson
    • Bruce F. Hanson
    • F02B7524
    • F02B61/045F02B1/04F02B75/22F02B75/243F02B2075/027
    • An inboard gasoline marine engine for small water craft comprises a two cylinder horizontally opposed four stroke engine. The engine includes a massive crank shaft rotationally mounted in the crank case of the engine. A small flywheel is connected to one end of the crank shaft. The flywheel additionally drives the propulsion system used along with the engine. The fly wheel is typically disposed at the back of the engine, although positioning the flywheel in the front position would also be possible. Opposite the flywheel on the front of the engine is a main belt for operation of an alternator, and a cover for a timing belt or chain. Two cam shafts are driven by the crank shaft through the timing belt or chain. A cylinder block or jug is located on each end of the crank case. A large bore cylinder (4¼ in.) is disposed in each cylinder jug. Reciprocating in each cylinder is a large diameter piston that has a long stroke (5 in.). Each piston is connected to the crank shaft through a long connecting rod (10 in.). A cylinder head and valve cover are mounted at each end of the engine. Water jackets, that are designed for a marine engine surround the cylinder blocks. A fuel delivery system is used to provide fuel to each cylinder. Specifically, a carburetor is located adjacent to each cylinder head. The engine is capable of operating at very low RPM's. The engine also produces high torques at low seeds. The engine is of a size that minimizes the space occupied by the engine within the small water craft.
    • 用于小型水上工艺的内置汽油船用发动机包括两缸水平对置的四冲程发动机。 发动机包括旋转地安装在发动机的曲轴箱中的大型曲轴。 一个小飞轮连接到曲柄轴的一端。 飞轮还驱动与发动机一起使用的推进系统。 飞轮通常设置在发动机的后部,尽管将飞轮定位在前方位置也是可能的。 在发动机前面的飞轮对面是用于交流发电机操作的主带,以及用于同步带或链条的盖。 两个凸轮轴由曲轴通过同步皮带或链条驱动。 气缸体或水壶位于曲轴箱的每一端。 在每个气缸中设置一个大孔(4¼英寸)。 在每个气缸中往复运动是具有长冲程(5英寸)的大直径活塞。 每个活塞通过长连杆(10英寸)连接到曲轴上。 气缸盖和阀盖安装在发动机的每一端。 专为船用发动机设计的水套围绕气缸体。 燃料输送系统用于向每个气缸提供燃料。 具体地,化油器位于每个气缸盖附近。 发动机能够以非常低的RPM运行。 发动机在低种子下也产生高转矩。 发动机的尺寸最小化小型水上飞机内的发动机空间。
    • 70. 发明授权
    • Combustion engine
    • 内燃机
    • US06213086B1
    • 2001-04-10
    • US09335187
    • 1999-06-17
    • Franz ChmelaPeter Meurer
    • Franz ChmelaPeter Meurer
    • F02B904
    • F02F1/4214F02B1/04F02B1/12F02B3/06F02B11/00F02B23/0621F02B23/0624F02B23/066F02B23/0675F02B23/105F02B69/06F02B2023/102F02B2023/108F02B2075/125F02B2275/14F02D41/3023F02D41/3029F02D41/3035F02F2001/247Y02T10/12Y02T10/123Y02T10/125Y02T10/146Y10S123/07
    • A process for operating of an internal combustion engine running on fuel that is both externally ignitible and self-ignitible, especially gasoline, the operating region of the engine including self-ignition or compression-ignition (CI) regions and external-ignition or spark-ignition (SI) regions, and a high compression ratio suitable for self-ignition of the fuel being provided, at least in compression-ignition regions, and combustion being initiated by self-ignition of the fuel-air mixture in compression-ignition regions and by spark-ignition of the fuel-air mixture in spark-ignition regions, and part-load operation being assigned to the compression-ignition region, whilst full-load operation and/or operating modes with high engine load as well as cold starts are assigned to the spark-ignition region. In order to improve the quality of the exhaust gases while maintaining high efficiency, a largely homogeneous fuel-air mixture should be produced in the combustion chamber in the compression-ignition region.
    • 一种用于在外部点燃和自燃(特别是汽油)的燃料上运行的内燃机的方法,包括自点火或压缩点火(CI)区域和外部点火或火花塞的发动机的操作区域, 点火(SI)区域,以及至少在压缩点火区域中提供适合于燃料自燃的高压缩比,并且燃烧是通过压缩点火区域中的燃料 - 空气混合物的自点火引发的,以及 通过火花点火区域中的燃料 - 空气混合物的火花点火,并且部分负荷操作被分配给压缩点火区域,而具有高发动机负载和冷启动的满载操作和/或操作模式是 分配给火花点火区域。 为了提高排气的质量同时保持高效率,在压燃点燃区域的燃烧室内应产生大体均匀的燃料 - 空气混合物。